1. Autonomous Hydroponic Garden Group JibJab: Jamie Collier, Bikesh Dahal, Jessica Cohen, Ben Leblanc 11.19.2013

2. Project Description  Household autonomous garden  Hydroponic system to maintain specific plants  Tomatoes  Basil  Cilantro  Minimal user interaction (only maintain reservoir level)  Maximize health of plant and rate of growth  Key components:  Temperature  pH  Oxygen content  Light  Electrical Conductivity  Constraints  Size  User Interface  Cost

3. CAD Design – Overview Plant Cage Lighting Water Pump Bottom Reservoir Top Reservoir Air Stone Probes: pH, EC, Temperature Electronics Box Nutrient Funnel Valve Units: inches 8” wide

4. Direction of Flow

5. Purchased Parts PartsPriceNumber needed Total Price 3 inch round slotted mesh net (9 Pack) 10.331 Hydroponic Grow Rocks221 packet22 Submersible pump1001 Flexible tubing515 Air Stone / Air pump251 Solenoid valves304120 pH, Temp, and EC sensors 2001 Arduino301 Solid-state relay181 LED grow light801 Total Price--611 Mesh Net Air Stone Submersible Pump Sensors

6. Levels of Success  Level 1: Monitor temperature and control light with display  Level 2: Monitor pH and electrical conductivity  Level 3: Control temperature  Level 4: Control pH and electrical conductivity  Level 5: IOS application with user interface

7. Associated Risks  Waterproofing system  Sealants and Glues  Rabbet Joints  Control systems  Slow enough settling time  Low overshoot  Feasible ranges for each component  Electrical Failure  Plant dies  Lower Cost Materials  Sensor Corrosion (predicted life)

8. Gantt Chart 1

9. Gantt Chart 2

10. Any Suggestions?